Due to a smaller heat exchanger in the Tempro Series, there is less circulating water. As a result, the preheating and cooldown periods are shorter, says the manufacturer.

Lasers have become ubiquitous tools in the industrial space. Since being invented in the 1960s, the laser’s ability to cut, mark and bind tough materials has only strengthened. With these improvements, lasers have become a crucial component when making many everyday products.

Industries across the manufacturing spectrum — whether producing beverages, dairy products, petroleum, chemicals, plastics or electricity, to name a few — generate heat as a byproduct of the manufacturing process.

Many processes contain dirty gas streams that need to be cooled and cleaned prior to the next step in the process. This article will look at directly cooling these streams and methods for effectively removing contaminants from dirty gas streams.

For decades, cooling towers have provided an efficient means of cooling industrial process loops by providing the lowest operating temperatures available. At the same time, through the years, water-based cooling systems have evolved. 

Globally, regardless of the industry, water and energy savings are becoming more important. This article explores the benefits of adiabatic cooling by looking at a new installation at a metal processing company that was scheduled to go online in late 2019. A case history helps illustrate how other industrial processors might take advantage of this technology.

The 1/8 NPT external-mix spray nozzles atomize fluids up to 25 gal/hr, and they can be used on liquids with a viscosity up to 800 cP. Suited for uses where a high volume of liquid is needed, the nozzles combine liquid and compressed air to create an adjustable coating of liquid.

Here are the ten most popular Process Cooling articles of 2019. Enjoy!

When water is heated or evaporated, solid matter called scale often is left behind. This scale can affect the efficiency of water-cooled systems and the overall life of the equipment.